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Advanced Quantized FRActure MEchanics models of ice and snow for GLObal Warming risk mitigation

CORDIS · observation · Publication date unknown

rpart (as phase field models) of the complete quantized fracture mechanics theory and will accordingly be extended and used for mutual comparisons and analytically intractable problems. Physics-based machine learning tools and data-driven state of the art “snowpack” code calculations will also be adopted for data analysis and snowpack predictions under climate change. Laboratory or field experiments and observations will also be performed for inputs and comparisons with both analytical and numerical modelling. This will allow to surpass the limitations of current material strength predictions, crucial in our civil and mechanical engineering, and the related ability in predicting ice and especially snow avalanches, hopefully to save human lives Quantized Fracture Mechanics, Friction and adhesion, Snow and avalanche mechanics, Global warming

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recordType

award

status

SIGNED

region

EU

value

2488400

unit

EUR